Rocky coasts
Collaborations:
Gösta Hoffmann (University of Bonn, Germany): coastal
uplift
Osman Abdelghany (UAE University, Al Ain, Emirates):
coastal uplift
Sajmir Beqiraj (University of Tirana, Albania):
bioerosion on rocky coasts
Siddharth Prizomwala (Seismological Research Institute,
Gandhinaga Gujarat, India): coastal uplift
Nilesh Bhatt (University of Baroda, Vadodara, India):
coastal uplift
Sascha Schneiderwind (RWTH Aachen University, Germany):
modeling of marine notches
Sarah Boulton (University of Plymouth, United Kingdom):
marine notches
Cherith Moses (University of Sussex, Brighton, United
Kingdom): coastal erosion
Niki Evelpidou (University of Athens, Greece): notches in
the Mediterranean
Aris Marfai (Gadjah Mada University, Yogyakarta,
Indonesia): bioerosion of rocky coasts
Shafeea Leman (University Kebangsaan, Bangi, Malaysia):
notches in Southeast Asia
Felix Tongkul (University of Sabah, Kota Kinabalu,
Malaysia): coastal uplift, Sabah
Junaidi (University of Sabah, Kota Kinabalu, Malaysia):
coastal uplift, Sabah
Danko Taboroši (Island Research and Education Initiative,
Pohnpei, Micronesia) coastal karst
In review
Kázmér, M., Mohd Shafeea Leman, Kamal Roslan
Mohamed, Che Aziz Ali (2021): Waterspouts deposited Holocene marine sediments
tens of metres above sea level at
Achariya, B., Bhatt, N., Prizomwala, S., Kazmer,
M. (2018): Coastal cliff and tidal notches of south Saurashtra, western India:
significance in understanding active and paleo coastal processes. - Journal of Earth System Science
Accepted
Kázmér M., Prizomwala, S., Gaidzik, K. (2020):
8th century coastal
uplift in Peninsular India – The Shore Temple at Mahabalipuram, Tamil Nadu. – Quaternary
International
Papers
13. Falkenroth, M, Adolphs, S,
Cahnbley, M, Bagci, H, Kázmér, M, Mechernich, S and Hoffmann, G. (2020):
Biological indicators eveal small-scale sea-level variability during MIS 5e
(Sur, Sultanate of Oman). Open Quaternary, 6: 1, pp. 1–20. [open access] [pdf]
12. Kázmér, M.
(2019): Why and how to report depth of submerged constructions? - TINA
Maritime Archaeological Periodical 12, 36-44, İstanbul [pdf]
[with
front matter]
11. Schneiderwind, S.,
Boulton, S., Papanikolaou, I., Kázmér, M.,. Reicherter, K. (2016): Numerical
modelling of tidal notch sequences on rocky coasts of the Mediterranean Basin.
- Journal of Geophysical Research - Earth Surface doi: 10.1002/2016JF004132 [online] [pdf]
10. Schneiderwind, S., Kázmér, M.,
Boulton, S., Papanikolaou, I., Reicherter, K. (2016): Geometry of Holocene
tidal notches - sea level markers at Perachora Peninsula. Gulf of Corinth,
Greece. - Bulletin of he Geological
Society of Greece 50, ___–___, Athens. [reprint]
9. Schneiderwind, S., Kázmér, M., Boulton, S., Papanikolaou, I., Stewart, I.,
Reicherter, K. (2016): Numerical modelling of tidal notch sequences on rocky
coasts. - 7th INQUA International Meeting on Paleoseismology, Active
Tectonics and Archeoseismology (PATA), 30 May to 3 June 2016 Crestone,
Colorado [reprint]
8. Schneiderwind, S., Kázmér, M., Boulton, S., Papanikolaou, I., Stewart, I.,
Reicherter, K. (2016): The geometry of tidal notches - what do they reveal
about historic coastal tectonics? - 7th INQUA International Meeting on
Paleoseismology, Active Tectonics and Archeoseismology (PATA), 30 May to 3
June 2016 Crestone, Colorado. [reprint]
7. Kázmér, M.,
Bhatt, N., Ukey, V., Prizomwala, S., Taboroši, D., Székely, B. (2016):
Archaeological evidence for modern coastal uplift at Diu, Saurashtra Peninsula,
India. – Geoarchaeology [online] [pdf]
6. Evelpidou, N., Karkani, A., Kázmér, M., Pirazzoli, P.A. (2016): Late Holocene
shorelines deduced from tidal notches on both sides of the Ionian Thrust
(Greece): Fiscardo Peninsula (Cephalonia) and Ithaca Island. – Geologica
Acta 14, 13-24, 8 figs, 5 tab., Barcelona. [download]
5. Kázmér, M., Leman, M.S.,
Mohamed, K.R., Ali, C.A., Taborosi, D. (2015):
Features of intertidal bioerosion and bioconstruction on limestone coasts at Langkawi
Islands, Malaysia. – Sains Malaysiana 44(7),
921-929. [online version] [reprint]
4. Moses, C.,
Robinson, D., Kázmér, M., Rendel, W. (2015): Towards an improved understanding
of erosion rates and tidal notch development on limestone coasts in the
Tropics: ten years of micro-erosion meter measurements, Phang Nga Bay, Thailand.
– Earth Surface Processes and Landforms 40 (6),
771-782. [online
version] [reprint]
3. Taboroši, D. & Kázmér, M. (2013): Erosional and
depositional textures and structures in coastal karst landscapes. In: Lace, M.J., Mylroie, J. (eds): Coastal Karst Landforms.
Coastal Research Library 5, Springer Science, Dordrecht, pp. 15-58. [online version] [reprint]
2.. Kázmér, M. & Taboroši, D. (2012): Bioerosion on the small
scale – examples from the tropical and subtropical littoral. – Hantkeniana
7, 37-94, 96 figs, 1 t., Budapest. [reprint]
1.
Kázmér, M. & Taboroši, D. (2012): Rapid profiling of marine notches using a
handheld laser distance meter. – Journal of Coastal Research 28 28/4,
964–969. [online
version] [reprint]